Automatic Grape Trellis Roll Forming Machine for Vineyard Post Production
The Grape Trellis Roll Forming Machine is specially designed for producing high-strength galvanized steel grape trellis posts and profiles with high precision and stable performance. Equipped with automatic control, hydraulic cutting, and durable forming rollers, it ensures smooth operation, consistent quality, and long service life. The machine supports customized profile designs and is widely used in vineyards, agricultural structures, and modern farming projects. With factory-direct supply, easy operation, and reliable after-sales service, it is an ideal solution for efficient grape trellis production.
Our precision-engineered Galvanized Steel Vineyard Trellis Post Roll Forming Machine is designed to meet the rigorous demands of modern viticulture. By integrating advanced cold-roll forming technology, this machine produces high-strength grape stakes and lip channel profiles that ensure optimal support for grapevines, maximizing sunlight exposure and enhancing fruit quality. Specifically engineered for the European and American markets, our equipment ensures long-term structural integrity and superior corrosion resistance for agricultural infrastructure.
At Botou Huangyang, we prioritize operational flexibility and automation. Our production lines integrate decoilers, leveling systems, and PLC-controlled cutting mechanisms to deliver consistent dimensional accuracy while preserving the protective galvanized coating. Whether you are producing standard lip channel posts or customized agricultural profiles, our machinery minimizes material waste and reduces labor costs, providing a seamless end-to-end solution for high-volume manufacturing of durable vineyard stakes.
Detailed Parameters
| Post Thickness | 1.2mm, 1.5mm, 1.8mm, 2.0mm, 2.5mm | Common Thickness | 1.5 mm |
|---|---|---|---|
| Section Size | 50x30mm, 54x30mm, 50x40mm, 60x40mm | Finished Length | 1.8m to 2.8m (Standard: 2.4m/2.5m) |
| Surface Treatment | Hot Dipped Galvanized / PVC Coating | Control System | PLC Touchscreen Control |
| Forming Method | Precision Cold Roll Forming | Customization | Thickness & Working Speed Adjustable |
| Key Components | CNC Rollers, Servo Feeding, Hydraulic Cut-off | Application | Vineyards, Orchards, Agriculture Plantations |
Key Advantages
Coating Protection
CNC-machined rollers shape steel without scratching the galvanized layer, ensuring maximum rust resistance for outdoor use.
High Efficiency
Integrated decoiling, punching, and flying cut-off systems enable continuous production without halting the line.
Extreme Precision
Strict dimensional tolerances are maintained through high-precision rollers, ensuring every stake is perfectly uniform.
Smart Automation
PLC-controlled interfaces allow operators to easily adjust post length, depth, and hole spacing in real-time.
Modular Design
Adjustable roller stations allow for quick transitions between different profiles, reducing production downtime.
Industrial Durability
Reinforced heavy-duty frames and hardened rollers ensure stability during continuous, high-speed operations.
Product Gallery
Management Platforms
Raw Material Control
Integrated decoilers and leveling systems ensure consistent material feed for defect-free profiles.
Precision Forming
Hardened CNC rollers gradually shape the steel to prevent distortion and maintain surface integrity.
Smart Parameterization
PLC touchscreens allow rapid adjustment of length, lip depth, and punching intervals.
Automated Cutting
Hydraulic flying cut-off mechanisms enable continuous production without stopping the line.
Logistics Optimization
Automated stacking systems organize finished stakes for efficient packaging and shipment.
Quality Assurance
Rigorous pre-shipment testing verifies operational accuracy and dimensional stability.
Investment Return Comparison
| Performance Metric | Traditional Fabrication | Huangyang Roll Forming |
|---|---|---|
| Production Speed | Low (Manual/Batch) | Ultra-High (Continuous) |
| Material Waste | Significant (Trim loss) | Minimal (Precision cut) |
| Labor Requirement | High (Manual handling) | Low (PLC Automated) |
| Product Consistency | Variable (Human error) | Absolute (CNC Controlled) |
| Cost per Unit | Higher (Labor intensive) | Significantly Lower (Scale) |


